The liquid structure and melt treatment of M963 Ni base superalloy have been studied by using high temperature X-ray diffraction.
通过液态X射线衍射研究了铸态镍基高温合金M 963的液态结构和熔体处理。
The topological and chemical short-range orders, revealed by various diffraction method and computer simulations, enrich the intrinsic physical meaning on short-range order in liquid structure.
由各类衍射技术和计算机模拟揭示出的种种拓扑及化学短程序大大丰富了液体结构短程有序的物理内涵。
The present method can be extended to the analysis of the dynamic behavior of liquid-structure coupling of cylindrical container in the case of three-dimensional liquid sloshing.
本方法可推广应用于分析圆柱等其它形状贮箱中液体的三维晃动情形下的液固耦合系统动力学特性。
The present method can also be easily extended to solve liquid-structure interaction problems by using structural FEM codes.
揭示了液体晃动与结构弹性体振动的本质联系，便于应用结构有限元程序求解流体—结构耦合问题。
The present method can also be easily extended to solve liquid-structure interaction problems by using structural FEM codes.
揭示了液体晃动与结构弹性体振动的本质联系，便于应用结构有限元程序求解流体—结构耦合问题。
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